// DATA CENTER DETAILED ELECTRICAL DESIGN COURSE
Data Center Electrical Design, Modelling & Power System Analysis
A specialized practical course for engineers who want to design safe, reliable, redundant, and maintainable electrical systems.
- N, N+1, 2N and distributed redundancy
- UPS, batteries, generators and critical distribution
- Protection, cables, layouts and earthing
- Specifications, procurement and complete deliverables
// Date
14th Nov / Sat & Sun
Live cohort, part-time
// Time
07:00AM to 08:00AM
Instruction & live
// Duration
100 Hours
Ship-ready portfolio pieces
// Mode
Live Training
Weekly sessions
// Course Highlights
Built for Engineers Who Want to Design Complete Data Center Electrical Systems
Understand data center electrical design from planning and design basis to equipment selection, coordination, and final deliverables.
Live mentor feedback
Learn through practical assignments and receive guidance to improve your engineering design approach.
Real-world projects
Work through project-style calculations, drawings, specifications and design deliverables.
Career support
Master electrical architecture: utility, generators, UPS, protection, cables, earthing & lighting.
A live cohort
Learn through structured live sessions focused on practical engineering workflows and design applications.
// Course Modules
Complete coverage of data center electrical design
from concept to final package
01
Data Center Electrical Design
Mission-Critical Data Center Projects & Stages
02
Codes, Standards & Design Tools
IEC, IEEE, NFPA & TIA-942 Standards
03
Projects Planning & Estimation
Project Scope, Estimation & MDL Planning
04
Load List & Maximum Demand
Data center load basis and demand calculations.
05
Distribution & Redundancy Philosophy
Utility Intake & MV/LV Redundancy Design
06
Transformer & Generator Sizing
Transformer & Generator Sizing Assignment
07
Single Line Diagram Development
Prepare Redundant Data Center SLD
08
Short Circuit & Switchgear Selection
Fault Current & Equipment Rating Selection
09
Motor Starters & CT/VT Sizing
Chiller & CRAH Motor Feeders & CT/VT Checks
10
Specifications & Transformers
Functional, Project & Procurement Specs
11
UPS & Battery System Design
UPS Topologies & Sizing Calculations
12
Power Quality & Cooling Motors
PF Correction & Motor Selection
13
VFDs & Cables Sizing
VFD and cable selection with sizing calculations and assignment.
14
Technical BID Evaluation & Electrical Rooms
Transformer & Switchgear TBE Review
15
Equipment Layout & Cable Containment
Architectural discipline coordination
16
Earthing, Lightning & Lightning Design
Coordinated Data Center Design Assignment
// How You Will Learn
A practical learning journey built around
real design deliverables
Learning journey for Data Center Power
System Studies using ETAP
01
Concept Building
Understand design intent, codes and system architecture
01
System Modelling
Build complete Data Center electrical models in ETAP.
02
Live Explanation
Learn calculations, equipment selection and design
02
Industry Standards
Apply industry standards and proven engineering practices.
03
Practical Assignments
Prepare real project-style calculations and drawings
03
Practical ETAP Analysis
Perform hands-on ETAP simulations and power studies.
04
Design Review
Receive feedback and improve engineering quality
04
Real-World Case Studies
Learn from practical Data Center projects and scenarios.
05
Industry Ready Delivery
Finalize professional drawings, documentation and design
05
Expert Guidance
Expert support and resolve technical engineering doubts.
Course Deliverables & Who Should Attend
Course Deliverables
- Electrical basis of design
- Load list and maximum-demand calculation
- Transformer, generator, UPS and battery sizing
- Single line diagrams and protection philosophy
- Cable schedules and sizing calculations
- Equipment specifications and data sheets
- Electrical-room and containment layouts
- Earthing, lightning and lighting design package
Who Should Attend?
- Electrical Engineers
- Data Center Designers
- Power System Engineers
- MEP Consultants
- Project and Design Engineers
- Commissioning Engineers
- Professionals in mission-critical facilities
// learning outcomes
What you'll walk away able to do
Build and analyse complete data Center electrical models in ETAP
Perform accurate studies ensuring reliability, safety and Code Cmpliance
Handle real-world scenarios and industry standard Requirements
Enhance technical skills and career opportunities in the data center domain
Tools & system you will work with
MV / LV Switchgear
Generators
Transformers
UPS & Battery Systems
PDUs & Busways
Cooling System Motors
IT Loads & Racks
Cab Trays & Earthings
// Testimonials
What you'll walk away with.
" I regularly attended Power Projects free webinars and enrolled in paid courses. Selva Kumar sir explains electrical design concepts clearly and practically. Great learning at an affordable cost. "
Pavan Yechuri
" Exceptional training experience with Power Projects! The ETAP power system course was practical, engaging, and industry-focused. Expert trainers and structured sessions made learning "
Ahmed Zanoun
" Power Projects is ideal for passionate learners seeking practical knowledge. Assignments are reviewed with constructive feedback, and learners receive exclusive offers on future course"
Vignesh Dharmaraj
If we haven’t met yet…
If we haven’t met yet…
Hi, I am Selva, gold medalist in Power System engineering from Anna university, Chennai, Tamil Nadu
I have 18 years of invaluable experience in the power industry. Throughout my career, I've had the privilege of working with renowned organizations like PRDC, Tata Consulting Engineers Limited, and ABB, where I honed my expertise in power system studies and analysis. Currently, I proudly serve as the Business Head in Power Projects, leveraging my extensive knowledge to drive excellence in this field.
Er. Selvakumar S - CTO - PowerProjects
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Data Center Electrical Design, Modelling & Power System Analysis
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- Life Time Recording Access
- Basic Concept
- Simulation
- Certificate
// FAQs
Frequently Asked Questions
What is the Data Center Power Systems using ETAP training?
It is a specialized practical training program focused on data center electrical system modelling and power system studies using ETAP, with live demonstrations, hands-on simulations, and real-world data center case studies.
Who is this ETAP training designed for?
The training is suitable for:
- Electrical Engineers
- Power System Engineers
- Data Center Designers
- Consultants
- Commissioning Engineers
- Engineers and professionals working in Data Centers and Mission-Critical Facilities
Will the training cover complete data center electrical modelling?
Yes. The curriculum covers modelling of major data center electrical systems, including MV/LV switchgear, generators, transformers, UPS and battery systems, static transfer switches, PDUs, RPPs, busways, cooling-system motors, VFDs, IT loads, cables, trays, and earthing.
Will I work on real-world data center case studies?
Yes. The training includes practical case studies such as hyperscale data center power system studies, redundant power system design and analysis, UPS & battery performance studies, arc flash & safety studies, and cooling-system motor/VFD analysis.
Does the training cover data center redundancy configurations?
Yes. The training covers N, N+1, and 2N redundancy configurations, including STS operation and failover analysis.
Does the course cover motor starting studies?
Yes. The training covers motor starting requirements, starting torque, static and dynamic motor starting studies, and different motor starting methods, with simulation-based analysis.
Will I receive a certificate?
Yes. The training includes assessment and certification upon successful completion.
Will I get support during the training?
Yes. The training provides doubt solving, concept reinforcement, mentoring, and continuous support throughout the course.
